The two features could be added to a game using an "if () then " block are:
- Using nested If Then blocks.
- Checks the specific Bid quantity for the instrument.
<h3>What does the If Then block mean?</h3>
The If Then block is known to be the outputs one of a given two values, that is as a result of the value of a Boolean input.
Note that the input value is very important and as such, The two features could be added to a game using an "if () then " block are:
- Using nested If Then blocks.
- Checks the specific Bid quantity for the instrument.
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Answer:
Option(d) is the correct answer to the given question.
Explanation:
A hot site is a place off site in which the task of a corporation could restart during a massive failure.The hot site seems to have all the needed equipment for such the corporation to schedule the normal activities, such as phone jacks, replacement data, laptops, and linked devices.
- The main objective of hot sites provide an useful backup mechanism for any corporation that wishes to pursue its business in the presence of exceptional circumstances or events.
- All the others options are not related to hot site that's why they are incorrect option.
Answer:
When a programmer tries to access an item in an array cell whose index is greater than or equal to the array's logical size, this data element or item is garbage. This means that currently, the item is not the part of the program's useful data. Garbage contains objects or data which will not be used by a program running on it. So the value returned could be either of the two:
- Value would be an arbitrary or random number if it is an array of numbers. Arbitrary means that the value is not predefined or specified in advance.
- Value returned would be null if it is an array of objects.
Answer:
64 K bytes = 65536 bytes
32 M bytes = 33554432 bytes
Explanation:
The question expect the number of bytes in binary instead of decimal. So this is important to understand that:
- 1K bytes = 1024 bytes (in binary)
Therefore,
- 64 Kb = 64 x 1024 = 65536 bytes
Using the similar calculation logic, we know
- 1M bytes = 1024 x 1024 = 1048576 bytes (in binary)
Therefore,
- 32 M bytes = 32 x 1048576 = 33554432 bytes
